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    • 2. 发明申请
    • WRISTBAND-MOUNTED DISPENSER FOR LIQUIDS AND POWDERS WITH AN IMPROVED DISPENSING MECHANISM
    • 具有改进分配机制的用于液体和粉末的WRISTBAND-POUDTED分配器
    • US20090014475A1
    • 2009-01-15
    • US12128311
    • 2008-05-28
    • John YapaolaDavid Conroy
    • John YapaolaDavid Conroy
    • B67D5/40
    • B05B11/3098B05B11/00412B05B11/3015
    • An apparatus for dispensing material includes: a chamber for the material, the chamber sealed by a flexible seal; a nozzle coupled to the chamber and residing at a front end; and a pump, the pump comprising: a piston that moves in a tube, and an activator. When a user presses the activator, the piston moves toward or away from the front end, and a portion of the material is emitted onto the user's palm or fingers. The pump emits the portion of the material regardless of a direction of gravitational pull. In one embodiment, the piston emits the material by directly contacting the material in the chamber. In another embodiment, air is allowed into the chamber through a weep hole, which resides between the piston and the material. The air is used to expel the material through the one-way valve.
    • 用于分配材料的设备包括:用于材料的腔室,腔室由柔性密封件密封; 连接到所述室并且驻留在前端的喷嘴; 和泵,所述泵包括:在管中移动的活塞和活化剂。 当使用者按下活化剂时,活塞朝向或远离前端移动,并且一部分材料被发射到使用者的手掌或手指上。 无论重力拉力的方向如何,泵都会排出材料的一部分。 在一个实施例中,活塞通过直接接触室中的材料来发射材料。 在另一个实施例中,空气通过位于活塞和材料之间的排水孔进入腔室。 空气用于通过单向阀排出材料。
    • 3. 发明申请
    • WRISTBAND-MOUNTED DISPENSER FOR LIQUIDS AND POWDERS WITH AN IMPROVED DISPENSING MECHANISM
    • 具有改进分配机制的用于液体和粉末的WRISTBAND-POUDTED分配器
    • US20100025432A9
    • 2010-02-04
    • US12128311
    • 2008-05-28
    • John YapaolaDavid Conroy
    • John YapaolaDavid Conroy
    • B67D7/84B65D88/54B67D7/58
    • B05B11/3098B05B11/00412B05B11/3015
    • An apparatus for dispensing material includes: a chamber for the material, the chamber sealed by a flexible seal; a nozzle coupled to the chamber and residing at a front end; and a pump, the pump comprising: a piston that moves in a tube, and an activator. When a user presses the activator, the piston moves toward or away from the front end, and a portion of the material is emitted onto the user's palm or fingers. The pump emits the portion of the material regardless of a direction of gravitational pull. In one embodiment, the piston emits the material by directly contacting the material in the chamber. In another embodiment, air is allowed into the chamber through a weep hole, which resides between the piston and the material. The air is used to expel the material through the one-way valve.
    • 用于分配材料的设备包括:用于材料的腔室,腔室由柔性密封件密封; 连接到所述室并且驻留在前端的喷嘴; 和泵,所述泵包括:在管中移动的活塞和活化剂。 当使用者按下活化剂时,活塞朝向或远离前端移动,并且一部分材料被发射到使用者的手掌或手指上。 无论重力拉力的方向如何,泵都会排出材料的一部分。 在一个实施例中,活塞通过直接接触室中的材料来发射材料。 在另一个实施例中,空气通过位于活塞和材料之间的排水孔进入腔室。 空气用于通过单向阀排出材料。
    • 4. 发明申请
    • Wristband-Mounted Dispenser for Liquids or Powders
    • 用于液体或粉末的带状安装分配器
    • US20080251539A1
    • 2008-10-16
    • US12066543
    • 2006-09-14
    • John YapaolaDavid Conroy
    • John YapaolaDavid Conroy
    • B67D5/64
    • A47K5/10A01M29/12A44C5/003A45C11/00A45F5/00A45F2003/006A45F2003/166A45F2005/008A47K5/1202
    • A bracelet to be worn on the wrist which includes a dispenser for dispensing liquid or powdered materials such as sunblocks or germicides. The dispenser on the palm side of the wrist and when the user presses an activator, the dispenser emits a portion of the material onto the user's palm. The dispenser is approximately the size of a wrist watch. A preferred embodiment of the dispenser employs a pump which will work at any orientation. The pump uses air pressure differences produced by the movement of a piston to pull the material into a chamber and expel it from the chamber through a one-way valve. The one-way valve in a preferred embodiment of the pump is made from a silicon diaphragm which opens when it flexes in response to pressure differences and a support for the diaphragm which permits it to flex in only one direction.
    • 佩戴在手腕上的手镯,其包括用于分配液体的分配器或诸如防晒剂或杀菌剂的粉末材料。 在手腕的手掌侧的分配器,当使用者按下激活器时,分配器将一部分材料发射到使用者的手掌上。 分配器大约是手表的尺寸。 分配器的优选实施例采用将以任何取向工作的泵。 泵使用由活塞的运动产生的空气压力差,以将材料拉入腔室并通过单向阀将其从腔室排出。 泵的优选实施例中的单向阀由硅隔膜制成,该隔膜当其响应于压力差而弯曲时打开,并且隔膜的支撑件允许其在一个方向上弯曲。
    • 6. 发明授权
    • Strut holding assembly
    • 支撑组件
    • US07416316B2
    • 2008-08-26
    • US11567582
    • 2006-12-06
    • Finn M H O'BrienDavid Conroy
    • Finn M H O'BrienDavid Conroy
    • F21V19/00
    • F21V7/18F16G11/10F16G11/14G03B21/58
    • A strut holding assembly for flexible elongated struts engaging a flexible wall, the assembly including a hub, a plurality of holding arms pivotally connected at spaced locations to the hub between storage positions adjacent the hub, and extended positions extending outwardly of the hub, each holding arm being adapted to immobilize a free inner end of one strut. At least one of the holding arms has a seat adapted for receiving and immobilize the free inner end of a strut in at least one direction and a hook spaced from the seat by a fulcrum distance, the hook being adapted for engaging the strut at a distance from the free inner end of the strut equal to the fulcrum distance, for immobilizing the strut in a bent and tensioned position and in at least three directions and being free to move in a remaining direction.
    • 用于柔性细长支柱的撑杆保持组件,其接合柔性壁,所述组件包括毂,多个保持臂,所述保持臂在与所述毂相邻的存储位置之间以间隔开的位置枢转地连接到所述毂,以及从所述毂向外延伸的延伸位置, 臂适于固定一个支柱的自由内端。 至少一个握持臂具有适于接收和固定支柱在至少一个方向上的自由内端的座位和与支座间隔开的钩子的支点距离,所述钩子适于在一定距离处接合支柱 从支柱的自由内端等于支点距离,用于将支柱固定在弯曲和张紧的位置并且至少在三个方向上并且在剩余方向上自由移动。
    • 7. 发明授权
    • Light with front and rear panels
    • 灯与前面板和后面板
    • US07234843B2
    • 2007-06-26
    • US11379083
    • 2006-04-18
    • Gary RegesterDavid Conroy
    • Gary RegesterDavid Conroy
    • B60Q1/14F21V14/08G03B15/021
    • G03B15/02F21V1/14F21V13/02F21V17/002F21Y2103/30F21Y2113/00G03B15/07
    • A light comprising a rear light modifying panel having a front surface and opposite sides; a lamp support panel assembly connected at least at two spaced apart locations to the rear light modifying panel assembly, for supporting at least one lamp in front of the front surface and between the opposite sides of the rear light modifying panel assembly; and a front light modifying panel having a rear surface spaced from the front surface of the rear light modifying panel, the front light modifying panel having opposite sides connected to the opposite sides of the rear light modifying panel. The lamp support panel assembly is between the front and rear light modifying panels for holding the at least one lamp between the front and rear light modifying panels.
    • 一种灯,包括具有前表面和相对侧的后光修改板; 至少在两个间隔开的位置处连接到后光修改面板组件的灯支撑面板组件,用于在后光修改面板组件的前表面之前和相对侧之间支撑至少一个灯; 以及具有与后侧光修改面板的前表面间隔开的后表面的前光修改面板,前光修改面板具有连接到后光修改面板的相对侧的相对侧。 灯支撑面板组件位于前后光修改面板之间,用于将至少一个灯保持在前后光修改面板之间。
    • 8. 发明申请
    • Methods and apparatuses for dynamic thermal control
    • 动态热控制的方法和装置
    • US20070067136A1
    • 2007-03-22
    • US11212983
    • 2005-08-25
    • David ConroyKeith CoxMichael Culbert
    • David ConroyKeith CoxMichael Culbert
    • G01K1/00G06F1/00
    • G06F1/206
    • Methods and apparatuses for dynamically budgeting power usage to control temperatures in a data processing system. In one aspect, a data processing system includes: a first sensor to determine an ambient temperature of an environment in which the data processing system is; and a controller (e.g., a microcontroller or a microprocessor) coupled to the sensor to control operations of the data processing system according to the ambient temperature. In one example, the data processing system further includes a second sensor to determine an actual temperature of a component of the data processing system. In one example, a controller is coupled to the temperature sensors to determine an operating setting of the data processing system based on a prediction of a temperature of the data processing system which is a function of the plurality of actual temperatures and the operating setting of the data processing system.
    • 用于动态预算功率使用以控制数据处理系统中的温度的方法和装置。 一方面,数据处理系统包括:第一传感器,用于确定数据处理系统所处环境的环境温度; 以及耦合到传感器的控制器(例如,微控制器或微处理器),以根据环境温度来控制数据处理系统的操作。 在一个示例中,数据处理系统还包括用于确定数据处理系统的部件的实际温度的第二传感器。 在一个示例中,控制器耦合到温度传感器,以基于数据处理系统的温度的预测来确定数据处理系统的操作设置,数据处理系统的温度是多个实际温度和操作设置的函数 数据处理系统。